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Vietnamese satellite passes final quality test in Japan

Jasmine Le Jasmine Le

lehang1997hanu@gmail.com

April 13, 2021 | 07:54

Micro-satellite NanoDragon, developed and built by the Vietnam National Space Center (VNSC), has passed all quality-control tests and is ready for launch.

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Vietnamese satellite passes final quality test in Japan

Vietnam's NanoDragon satellite undergoes thermal vacuum testing at the Kyushu Institute of Technology, Japan. Photo courtesy of VNSC.

The made-in-Vietnam sea observation satellite underwent vibration, shock and thermal vacuum testing in a simulated pre-launch environment, the last steps in its hardware development, at the Kyushu Institute of Technology in Japan, VNE reported.

The satellite weighs four kilos and belongs to the cubesat category, a type of miniaturized satellite for space research made of multiple 10 centimeter × 10 centimeter × 10 centimeter modules.

Le Xuan Huy, deputy general director of VNSC, said the NanoDragon satellite ended its tests on April 7, meeting all targets as required in terms of design and safety prior to launch.

The satellite is operating normally after being transferred back to Vietnam, awaiting its launch into orbit. Japan’s Epsilon rocket is expected to launch NanoDragon as part of the second "Innovative atellite technology demonstration" program within Japan's 2021 fiscal year ending March 2022.

The satellite was developed with the purpose of demonstrating it could use micro-satellite beam technology to receive the Automatic Identification System (AIS) signal to track and monitor activities at sea. The NanoDragon satellite is also designed to verify the quality of Japan's MEISEI satellite navigation and positioning system and a new advanced onboard computer developed exclusively for microsatellites.

Vietnamese satellite passes final quality test in Japan
(Photo: VNE)

Developed and built by the Vietnam National Space Center (VNSC), the satellite weighs four kilos and belongs to the CubeSat category, a type of miniaturized satellite for space research that is made up of multiple 10 cm × 10 cm × 10 cm modules, as reported by Vietnamnet.

The NanoDragon satellite is expected to operate in solar synchronous orbit at an altitude of about 560 kilometers from Earth.

Dr. Huy notes that the microsatellite is anticipated to operate in solar synchronous orbit (SSO) at an altitude of roughly 520 km. Its main task will be to integrate an Automatic Identification System (AIS) used for the purpose of tracking and monitoring vessels at sea. In addition, it will make use of an optical imaging device in order to verify the quality of the satellite posture controller while operating in orbit.

Vietnamese satellite passes final quality test in Japan
(Photo: VNE)
Vietnamese satellite passes final quality test in Japan
(Photo: VOV)

The satellite is the product of Vietnam's nano-sized micro-satellite project for the 2016-2020 period. Japan sent the 5- 5-kilogram Vietnamese satellite MicroDragon into space from Uchinoura Space Center in Kagoshima Prefecture, southern Japan, in January 2020. It was used to observe Vietnam’s coastline, evaluate water quality, locate fishery resources and monitor changes to serve aquaculture, detect cloud coverage and aerosols, collect ground-based sensor signals and transmit them to stations on Earth.

Vietnam is one of the countries in the world to be most affected by global warming and climate change. Space services and technologies will help the nation to gain a better understanding of climate change whilst supporting the process of monitoring and prevention of natural disasters, thereby contributing to mitigating their consequences. Vietnam is one of the countries in the world to be most affected by global warming and climate change. Space services and technologies will help the nation to gain a better understanding of climate change whilst supporting the process of monitoring and prevention of natural disasters, thereby contributing to mitigating their consequences.

Japan sent the 50-kilogram Vietnamese satellite MicroDragon into space from Uchinoura Space Center in Kagoshima Prefecture, southern Japan, in January 2019.

It was used to observe Vietnam’s coastline, evaluate water quality, locate fishery resources and monitor changes to serve aquaculture, detect cloud coverage and aerosols, collect ground-based sensor signals and transmit them to stations on Earth.

Vietnam sent its first indigenous satellite into space in 2013. The one-kilogram PicoDragon remained in orbit for three months. The country had launched four prior satellites, all made by foreign companies.

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Jasmine Le